Unlimited Rural Internet

Nationwide Rural Internet

Works where satellite fails.

LIMITED-TIME OFFER

Save $360/year +

Free Fedex Shipping +

14-Day Test Drive

Order by phone Only

We're going to be fast friends

Experience our Air Fiber speeds and save

$360/year. Air Fiber combines the latest 5G

technology with advance MIMO YAGI antennas to

cover over 1,000,000 miles of rural America. Stay

connected even when the power goes down. Our towers

all have failover generator backup with redundant Fiber backhaul. The Dragon modem comes with a built in 10-hour battery backup to keep you connected when you need it most.

Why wait? Call now to start your 14-Day Test Drive

Why Blazing Hog works where other services don't.


Verizon Wireless, AT&T, and T-Mobile all offer high-frequency 5G, often referred to as mmWave (millimeter wave) 5G, which delivers incredibly fast speeds but comes with severe range limitations. High-band 5G signals struggle to cover more than a few hundred feet and are easily blocked by walls, trees, and even weather conditions. As a result, rural and suburban areas often experience weaker high-frequency 5G coverage, forcing carriers to rely on lower-frequency bands that are slower but travel farther.


Blazing Hog's high-gain Yagi technology can significantly increase reception range by focusing its signal in a specific direction, rather than broadcasting it equally in all directions like an omnidirectional antenna. This directional focus allows the Yagi to capture weaker signals from distant cell towers or Wi-Fi sources, improving connectivity in rural areas or locations with poor signal strength. The high gain of a Yagi, measured in dBi (decibels relative to isotropic gain), enhances both the ability to receive signals from far away and transmit back with greater power. By properly aligning a Yagi antenna toward the strongest signal source, users can achieve better data speeds, reduced dropouts, and a more stable connection, making it an ideal solution for boosting LTE, 5G, and Wi-Fi performance in remote locations.